PYTHIA  8.311
Public Member Functions | Public Attributes | List of all members
Clustering Class Reference

#include <History.h>

Public Member Functions

 Clustering ()
 Default constructor.
 
 ~Clustering ()
 Default destructor.
 
 Clustering (const Clustering &inSystem)
 Copy constructor.
 
 Clustering (int emtIn, int radIn, int recIn, int partnerIn, double pTscaleIn, int flavRadBefIn=0, int spinRadIn=9, int spinEmtIn=9, int spinRecIn=9, int spinRadBefIn=9, int radBefIn=0, int recBefIn=0, map< int, int > posIn=map< int, int >())
 Constructor with input.
 
double pT () const
 Function to return pythia pT scale of clustering.
 
void list () const
 print for debug More...
 

Public Attributes

int emitted
 The emitted parton location.
 
int emittor
 The emittor parton.
 
int recoiler
 The recoiler parton.
 
int partner
 The colour connected recoiler (Can be different for ISR)
 
double pTscale
 The scale associated with this clustering.
 
int flavRadBef
 The flavour of the radiator prior to the emission.
 
int spinRad
 Spin of the radiator (-1 is left handed, +1 is right handed).
 
int spinEmt
 Spin of the emitted (-1 is left handed, +1 is right handed).
 
int spinRec
 Spin of the recoiler (-1 is left handed, +1 is right handed).
 
int spinRadBef
 Spin of the radiator before the splitting.
 
int radBef
 The radiator before the splitting.
 
int recBef
 The recoiler before the splitting.
 
map< int, int > iPosInMother
 

Detailed Description

Declaration of Clustering class. This class holds information about one radiator, recoiler, emitted system. This class is a container class for History class use.

Member Function Documentation

void list ( ) const

print for debug

The Clustering class.

Declaration of Clustering class This class holds information about one radiator, recoiler, emitted system. This class is a container class for History class use. print for debug

Member Data Documentation

map<int,int> iPosInMother

Map between particle positions in the clustered states -> particle positions in unclustered real-emission state.


The documentation for this class was generated from the following files: